Modern Paleopathology, The Study of Diagnostic Approach to Ancient Diseases, their Pathology and Epidemiology , 1st ed. 2023 Let there be light, the light of science and critical thinking
Auteurs : Rothschild Bruce M., Surmik Dawid, Bertozzo Filippo
I. I. Scientific basis for paleopathology
Chapter 1: Philosophy of Science
A. Paleopathology as a scienceB. Origins of paleopathology
C. Transition from speculation to science
1. Speculation approach2. Diagnostic nihilism
D. Actualism1. Intrinsic, contextual and inferential considerations
2. Pathology speaks for itself
3. Vetting premises
4. Reproducibility and bias in study samples
5. Cultural/Geologic context
E. Theoretical/philosophical considerations
1. Fundamentals of a scientific approach
2. “Spectral” diagnoses3. The testable hypothesis
4. Collaborative approaches, learning curves and semantics
5. Understanding controversy
F. Application of scientific methodology1. Establishment of criteria for disease recognition
2. Paleoepidemiology
3. Documented reproducibility
4. Data baseG. Behavioral inferences
H. Denouement
Chapter 2: Osseous structures and their response repertoire
A. The nature of bone
1. The nature of growth
2. Cortical and trabecular bonea. Bone structures and types
1. Lamellar bone
2. Woven bone
3. Metaplastic bone4. Dermal bone
5. Medullary bone
6. Pachycephalosaurus skull lesions
b. Periosteumc. Bone atrophy
d. Epiphyseal clefts
B. Osseous structures of biologic origin and their mimics
1. Antlers2. Enamel
3. Dentine and dermal bone healing
C. Bone response to” stress”1. Density
2. Osteosclerosis and hyperostosis
3. Limited or focal hyperostosis
4. "Growth arrest" lines – actually growth restoration lines5. Size and shape
a. Expansion
b. Bowing
D. Pathologic alterations of bone1. Remodeling
2. Cribotic bone alterations
3. Erosive disease
4. Peri-lesional alterations5. Osteolysis
6. Periosteal reaction
7. Cortical hyperostosis
8. Enthesial reaction9. Bone ankyloses/fusion
10. Vertebrae are special
a. Osteophytes and shape variation
b. Lumbar lordosis and vertebral shapec. Hemivertebrae
d. Vertebral endplates
1. Defects
a. Surface depositsb. Schmorl’s nodes
c. Linear defects
d. Zoologic/Paleontologic record
11. Hips are speciala. Cribra femora
b. Allen’s fossa
c. Herniation pitd. Impingement syndrome
e. Poirier’s facet
f. Femoral plaque
12. Ballooned bones
E. Variations on a theme
Chapter 3: Documentation of preservation
1. Petrification/ossification semantics
2. Nonosseous structures
3. Extra-skeletal phenomena and their mimicsa. Uroliths
b. Gallstones
c. Bezoars
d. Regurgitatitese. Gastroliths
f. Coprolites
g. hydatid (Echinococcus) cysts
h. Uterine fibroidsi. Thyroid nodules - calcified goiter
j. Calcified tissue nodules
k. Calcified lymph nodes
l. Renal masses
m. Gastrointestinal disease-related calcifications
n. Intervertebral disk calcification
o. Lithopedianp. Teratoma
q. Myositis ossificans
r. Fibrodysplasia ossificans progressive (FOP)
s. Calcific masses of unclear derivation4. Soft tissue preservation
a. Structures
b. Skin
c. Red blood cellsd. Parasites
e. Diet and gastrointestinal content
f. Trackways
5. Microscopic preservation
6. Mummies
7. Molecular preservation
a. Proteinb. DNA
c. Lipids
8. DenouementChapter 4: Postmortem alterations of bone (Diagenic Changes) and their interpretation
A. The challenge
B. Mechanical and meteorological factors
C. Biologic factors
D. Chemical factors
E. DenouementChapter 5: Misconceptions and false trails
A. Illusion1. Porosity, a phenomenon in search of significance
2. Location of cortical bone alterations within or on a bone
3. Melanoma diagnosed on basis of color changes
4. Ochronosis, where technique and logic collide5. Observations without controls
B. Apparently lack of reliability of testing
1. Bone density
2. Blood group3. Misunderstandings of clinical medicine
C. Apparently untestable
1. Rheumatoid factor
2. Histocompatibility antigen (HLA)-B27
D. Unfounded notions
1. Untested criteria
2. The myth of the osteological paradox3. The myth that disease-induced bone alterations documented in known afflicted individuals cannot serve as models for general recognition of disease
4. The myth that disease-induced bone alterations observed in humans
cannot serve as a models are comparable to that in other species.
5. The myth that disease-induced bone alterations alter sufficiently over time
to preclude comparison with observations in modern individuals.
6. The myth of osteological manifestations of iron deficiency7. The external appearance of normal cortical bone
8. The myth of nonspecific periosteal reaction
9. The myth of sphenoid porosity identification of scurvy
10. The mythology related to interpretation of enthesial changes
11. The mythology of cranial suture fusion as measure of age12. The evolution of virulence
13. Conflating interpretation with observation
14. Assumption that presence of pathology implies impairment
15. Conflating severity and disabilityE. Questionable approaches – Superficiality
1. Taking attributes at face value
2. Failure to validate
3. Limited differential diagnostic considerations
4. Application of statistical techniques
5. The scapegoat/strawman
6. Apparent attempt to obviate inconvenient evidence
F. BiasG. Resolution
Chapter 6:Diagnostic approach/techniques
A. Macroscopy and surface imaging
B. Radiologic techniques
1.Theory2. Standard x-ray technique
3. Fluoroscopy
4. Xeroradiography and its replacement for edge enhancement and increasedresolution
5. Magnification radiography
6. Tomography
7. Computerized tomography
8. Synchrotron imagery
9. Micro-CT
10. Magnetic resonance imaging
11. Three-dimensional imaging and dissection
12. Special considerastions
a. Sacroiliac joints
b. Zygapophyseal joints
c. Sinuses
C. Microscopy
1. Direct light microscopy
2. Raman/infrared spectroscopy
3. Immuno-microscopy
4. Electron microscopy and x-ray diffraction
5. 3-Dimensional imaging
D. Molecular techniques
1. DNA
2. Protein identification, proteomics and isotope analysis
3. Lipids
II. Holistic analysis of pathology/diseases with significant skeletal impact
Chapter 7: Mechanically-derived phenomena
1. Trauma-related
a. Direct and indirect evidence
b. Bone bruises and other trauma-related bone evidence
c. Bite, claw and horn injuries
d. Exostoses
e. Osteochondroma
f. Osteochondritis and Osteochondrosis
g. Schmorl’s nodes
h. Fractures
1. Epidemiology
2. Mechanisms
3. Greenstick fractures
4. Vertebral fractures
5. Pilon and impact fractures
6. Spondylolisthesis
7. Implications
8. Spontaneous osteonecrosis
9. Fracture healing
10. The zoological/paleontological record
i. Stress fractures and plastic deformation
1. Nature
2. Epidemiology
3. Appearance
4. Differential diagnosis
5. The zoologic/paleontology record
6. Fibrodysplasia ossificans progressiva
j. Enthesial phenomena
k. Tendon avulsions
l. Diffuse idiopathic skeletal hyperostosis and ligamentous ossification
a. Axial skeleton
b. Peripheral skeleton
c. Significance
d. Differential diagnosis
e. The anthropologic/zoologic/paleontology record
2. Osteoarthritis
a. Semantics
b. Nature of disease
c. Differential diagnostic consideration
d. Recognition of osteoarthritis
e. Eburnation as a source of confusion
f. Pathophysiology
g. Misdirection
h. The anthropologic record
i. The zoologic/paleontologic record
j. Erosive osteoarthritis
k. Neuropathic arthritis
l. Disability
m. Denouement
n. Speculations as to behavior implications
Chapter 8: Inflammatory arthritisA. Rheumatoid arthritis
1. Rheumatoid erosionsa. Rheumatoid erosions
b. Character
c. Distributiond. Reproducibility
e. Differential diagnosis
2. Validation of the rheumatoid arthritis recognition in defleshed bones3. Anthropologic aspects of rheumatoid arthritis
4. Diagnostic confusion – the lumper-splitter controversy
1. Distinguishing criteria2. Biomechanical evidence
3. Archeologic record
4. Subgroup comparison5. Nature of Erosive Arthritis in Animals
5. Pseudo-rheumatoid – unsubstantiated diagnoses
6. The Archeological record7. Absence of a Zoological/Paleontological record
B. Spondyloarthropathy
1. Nomenclature
2. Character
3. Ankylosing spondylitis and inflammatory bowel disease
4. Psoriatic arthritis, reactive arthritis and undifferentiated forms
5. Differential diagnostic considerations
6. The Archeologic record
7. The Zoological/Paleontologic record
a. Trans-phylogenetic distribution
b. Epidemiology
8. Denouement
C. Juvenile arthritis (Juvenile rheumatoid arthritis/Juvenile inflammatory arthritis)1. Nature of disease
2. Osteology
3. Differential diagnosis
2. Juvenile spondyloarthropathy
3. Archeologic/Zoologic record
D. Gout
1. Nature of disease
2. Character
3. Skeletal distribution of lesions
4. Population prevalence and predisposition
5. Differential diagnosis
6. Anthropologic record
7. Zoologic/Paleontologic recordE. Calcium pyrophosphate and hydroxyapatite deposition disease
1. Character2. Axial disease
3. Erosion mimics
4. Pseudo-rheumatoid manifestations5. Primary versus secondary
6. Alternative interpretation of deposits on bone
7. Differential considerations8. Archeologic record
9. Zoologic/ Paleontologic record
Chapter 9: Infectious disease
10. Neutrophilic and Heterophilic-responsive infections
a. Characterb. Radiology
c. Histology
d. Differential diagnosise. Archeologic record
f. Zoologic/Paleontologic evidence of infectious disease
g. Melioidosish. Erysipelothrix
11. Sinus infections
12. Chronic Recurrent Multifocal Osteomyelitisa. Character
b. The Archeologic record
c. The Zoological/Paleontological record13. Special considerations
a. Actinomyces, the branching, acid-fast bacteria
b. Brucellosis
c. Plague
d. Trachoma
e. Osteoperiostitis
14. Mycobacterial disease
a. Non-lepromatous mycobacterial disease
1. Mycobacterium tuberculosis
2. Mycobacterum bovis3. Atypical mycobacterium
4. Tuberculosis mimics
a. Tuberculosis-like findings in the paleontologic record
b. Sarcoidosis
b. Mycobacterium leprae
8. Fungal disease
a. Character
b. The Archeologic record
c. The Zoological/Paleontological record8. Treponemal disease
a. Character of disease
b. The datac. The preconceived notion
d. Reproducibility of findings
e. Pintaf. Distinguishing among the Treponematoses
g. Ancillary issues
h. Differential diagnosis from non-treponemal diseasei. Treponematosis – anthropology-related considerations
j. North America
1. The data2. Alternative perspective
k. South American and the Caribbean
l. Documentation of existance at site of Columbian contact - prior to Columbusm. Africa
n. Europe
o. Asia and Asian Pacific
p. Zoologic/Paleontologic record
11. Parasitic infections
a. General
b. Trichomonas
c. Echinococcus
d. Malaria
e. Ticks
f. Archeologic record
g. Zoologic/Paleontologic record
12. Viral disease
13. Evolutionary misconceptions of infectious disease
14. Evolution of infectious disease.
Chapter 10: Hematologic
1. Bleeding disorders
2. Anemia
a. Porotic hyperostosis and the myth of it attribution to iron deficiency anemia
b. The obverse - Iron deficiency produces hypoplastic marrow
c. Absence of skull changes from documented primary iron deficiency
d. Fallacy of skeletal recognition of iron deficiency
e. Deficiency-derived anemia
f. Hemolytic anemia
1.Overlooked hemolytic anemia
2.Thalassemia
3.Marrow proliferation in thalassemia perforates the cortex, eroding
tubular and flat bones
4.Sickle cell anemia
3. Archeologic record
4. Paleontologic recordChapter 11: Metabolic/Endocrine
1. Harris growth lines
2. Osteoporosis
3. Growth hormone overproduction
4. Growth hormone underproduction
5. Thyroid disease
6. Hyperparathyroidism
7. Hypoparathyroidism
8. Miscellaneous endocrine disorders
9. Thiamine and Niacin (Pellagra) deficiency
10. Hypervitaminosis A
11. Hypovitaminosis A
12. Vitamin C deficiency- scurvy
a. Osseous manifestations
b. The falsified sphenoid porosity speculation
c. Documented archeologic cases
d. Suggested cases that likely have other explanations
e. Documented zoologic/paleontologic cases
13. Vitamin D deficient activity- osteomalacia and rickets
14. Renal osteodystrophy
15. Leontiasis ossea
16. Homocystinuria
17. Hyperphosphatasia
18. Hyperphosphasia
19. Hypophosphatemia
20. Osteosclerotic diseases
a. Osteopetrosis
b. Melorheostosis
c. Paget’s disease of bone
d. “Osteoperiostitis”
21. Liver disease
22. Iron storage disease
23. Copper storage disease
24. Copper deficiency
25. Molybdenum toxicity
26. Ochronosis
27. Infiltrative diseases
a. Hyperlipoproteinemia
b. Multicentric reticulohistiocytosis
c. Lysosomal storage diseases
1. Gaucher’s disease
2. Mucopolysaccharidosis
3. Gangliosidosis
4. Mucolipidosis
5. Mannosidosis
6. Niemann-Pick disease
7. Membranous lipodystrophy
8. Farber’s lipogranulomatosis
9. Miscellaneous
28. Amylodosis
29. Mast cell disease
30. Manganese deficiency
31. Pancreatic disease
32. Metabolic/Toxicologic diseases associated with increased bone density
a. Oxalosis
b. Fluorosis
c. Bismuth-related
d. Silicosis
e. Mercury-related
f. Lead-related
33. Congenital
a. General
b. Dwarfism
c. Teratology
d. Klippel-Feil syndrome
e. Arthrogyposis
f. Miscellaneous
g. Artheologic record
h. Zoologic/Paleontologic record
i. Epiphyseal abnormalities
j. Homeobox disorders
1. General
2. Axial skeleton
a. Segmentation disorders
b. Shape modification
c. Schmorl’s nodes
d. Slipped femoral epiphyses
e. Scheuermann’s disease
f. Spina bifida
3. Third metatarsal-tarsal joint
4. Coalitions
5. Fused carapace or plastron
6. Inherited osteosclerotic phenomenon
a. General
b. Melorheostosis
34. Pregnancy-related issues
Chapter 12: Vascular phenomena
1. Hemangiomas and vascular anomalies
2. Aneurysms
3. Vascular considerations related to red blood cell size
4. Bone infarcts
5. Avascular necrosis
6. The Archeological record
7. The Zoologic/Paleontologic record
Chapter 13: Bone neoplasia and skeletal dysplasias
1. Peto’s paradox
2. Skeletal dysplasia
3. Bone cysts
4. Bone islands
5. Osteogenic bone tumors
a. Osteoma
b. Hamartomac. Osteoblastoma
d. Osteosarcoma
6. Cartilaginous bone tumors
a. Chondroma
b. Enchondroma
c. Chondroblastomad. Chondromyxoid fibroma
e. Chondrosarcoma
7. Fibromas
8. Adamantinomas
9. Giant cell tumors
10. Ewing sarcoma
11. Soft tissue sarcomas
12. Chordromas
13. Vascular tumors
14. Lipid cell tumors
15. Liposclerosing myxofibrous tumor
16. Histiocytic tumors
17. Neurofibromatosis
18. Leukemia and lymphoma
19. Multiple myeloma
20. Waldenström’s macroglobulinemia
21. Metastatic cancer
22. Hypertropic osteoarthropathy
23. Mandibular masses
24. Archaeological record
25. Zoologic/Paleontologic record
Chapter 14: Cranial phenomena
1. Fronto-parietal pores
2. Marrow hyperplasia – porotic hyperostosis
3. Frontal bossing
4. Sinusitis
5. Cholesteatoma
6. Otitis media
7. Cribra orbitalia
8. Pressure phenomenon
9. Skull defects attributed to parasite
10. Caries sicca
11. Endocranial impressions and Serpens Endocrania Symmetrica
12. Cranial hyperostosis
a. Hyperostosis Frontalis Interna
b. Meningioma
c. Cranial hemangiomas
13. Parietal thinning
14. Externaul auditory exostoses
15. Dental
Chapter 16. Glossary
Human and veterinary medicine, paleontology and anthropology share a common language, often quite disparate in meaning. This section provides the clarification so essential to interdisciplinary efforts.
Chapter 17. Case studies
1. A point in time
2. Angulated vertebral column
3. Anomalous anomaly
4. Articular surface defects
5. Beware taphonomy
6. Chasing ghosts
7. Excavated vertebrae
8. Hats off
9. Holey skull
10. It’s not acne
11. Lion face
12. Location, location, location
13. Lumpy joints
14. Pressure phenomenon
15. Recognizing trees in the forest
16. Saber shin deformity
17. The striation neologism
18. Ticks and fleas
19. To be or not to be
20. What doesn’t belong
Whittling and fusionA scientific foundation for paleopathology
Holistic analysis of the gamut of pathology and diseases with a validated paleontological record
Assurance that speculation- and evidence-based information/perspectives are clearly distinguished
Date de parution : 09-2023
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